The ninth Global Technology Summit (GTS), co-hosted with the Ministry of External Affairs, Government of India, was held from April 10 to 12, 2025 in New Delhi, with public sessions on April 11 and 12.
The summit's theme, Sambhavna—meaning "possibilities" in Hindi—highlighted the transformative potential of critical and emerging technologies to drive economic growth while shaping international relations, security frameworks, and global governance. The Summit explored the potential of technology partnerships to unlock new opportunities for innovation and growth. The theme also embodied a broader vision of building a resilient digital ecosystem that enhances India's status as a global tech leader while ensuring that technological advancements help bridge societal divides, creating a more equitable and prosperous future for all.
The Summit convened industry experts, policymakers, and academics from around the world to explore topics such as the geopolitics of technology, artificial intelligence, digital public infrastructure, India’s tech evolution, cybersecurity, international tech collaborations, and data governance.
For more information: globaltechnologysummit.com
Watch all the discussions from GTS 2025 here.
The ninth Global Technology Summit (GTS), co-hosted with the Ministry of External Affairs, Government of India, was held from April 10 to 12, 2025 in New Delhi, with public sessions on April 11 and 12.
The summit's theme, Sambhavna—meaning "possibilities" in Hindi—highlighted the transformative potential of critical and emerging technologies to drive economic growth while shaping international relations, security frameworks, and global governance. The Summit explored the potential of technology partnerships to unlock new opportunities for innovation and growth. The theme also embodied a broader vision of building a resilient digital ecosystem that enhances India's status as a global tech leader while ensuring that technological advancements help bridge societal divides, creating a more equitable and prosperous future for all.
The Summit convened industry experts, policymakers, and academics from around the world to explore topics such as the geopolitics of technology, artificial intelligence, digital public infrastructure, India’s tech evolution, cybersecurity, international tech collaborations, and data governance.
For more information: globaltechnologysummit.com
Watch all the discussions from GTS 2025 here.
Technology has become a key battleground in global geopolitics, influencing economic strength, national security, and international relationships. Countries are adopting distinct regulatory approaches while competing for leadership in AI, semiconductors, quantum computing, cybersecurity, and 5G. Europe is focusing on strict regulations and strategic investments, while the United States maintains a more market-driven, less interventionist stance. In contrast, China is advancing its tech ambitions through state-backed enterprises, and India is leveraging its Digital Public Infrastructure model and strategic alliances by balancing collaboration with major global players while asserting its own regulatory direction. Beyond governments, Big Tech firms, semiconductor leaders, and AI innovators are not only adapting to these shifts but also actively shaping policies, supply chains, and the future of technology itself.
The India-EU tech cooperation spans critical areas like artificial intelligence, quantum computing, semiconductors, and green energy. Through initiatives such as the Trade and Technology Council (TTC), both partners are strengthening research, policy alignment, and investment to foster a future-ready digital economy. This collaboration not only enhances bilateral trade but also paves the way for global standards in technology governance.
DeepSeek has disrupted the AI landscape by achieving benchmark performances rivaling leading AI models like OpenAI's GPT 4 at a fraction of the cost. DeepSeek also claims to have leveraged fewer and less advanced computer chips while facing US export controls. Sustainable funding from its parent company (a Chinese hedge fund) without immediate profitability pressure allows DeepSeek to focus on fundamental research on artificial general intelligence while offering its models as open source—a key feature of its success. This strategy created a domestic alternative to Western AI products for the Chinese market. At the same time, rival AI companies claim that DeepSeek used “distillation” techniques (refers to extracting knowledge from a larger AI model) to train its model. Further, security concerns loom large. Global regulators—from Italy, Taiwan, Ireland to Australia—have raised alarms about DeepSeek's data practices, with several countries banning or restricting its use. India's Finance Ministry has warned against using such tools on official devices, citing data confidentiality risks.
The newly announced TRUST framework serves as an inflection point when it comes to India's bilateral engagement with the United States. Both parties have seemingly opted for an integrated approach to technology cooperation, with trade issues such as market access and tariff barriers now finding a mention in the joint statement as well. However, the TRUST framework is not just a change in nomenclature but also reflects the evolving sensibilities of both the U.S.-India bilateral relations and the larger geopolitical dynamic surrounding both countries, with a more ambitious and tone-setting agenda in areas such as AI, pharmaceuticals, semiconductors, and nuclear cooperation.
The original promise of artificial intelligence was rooted in the vision of machines that could mimic human intelligence. Now, with advanced AI models replicating human reasoning, learning and problem-solving capabilities, we are at a fork in the road. More than just a boast of human ingenuity, AI could also help achieve sustainable development goals. Recent breakthroughs from companies like DeepSeek also highlight the possibility of building advanced AI in a cost-effective and energy-efficient way. Further, as governments around the world advance their own visions for sovereign AI, there’s a growing concern about a fragmented approach to AI governance.
AI is reshaping the cybersecurity landscape, presenting both significant opportunities and emerging threats. On one hand, AI enhances cyber defence by improving threat detection, identifying potential disruptions to critical infrastructure, and strengthening vulnerability assessments. On the other hand, it also introduces new risks, such as AI-driven social engineering attacks, disinformation campaigns, advanced malware, and novel cyber threats that could bypass traditional security measures. Beyond these dual implications, ensuring the cybersecurity of AI models themselves has become increasingly crucial as they evolve into general-purpose tools widely used across sectors. As a result, both governments and industries at the forefront of AI innovation must carefully and collaboratively navigate the intersection of AI and cybersecurity to harness AI’s potential while mitigating its risks to cyber infrastructure.
The world today is undergoing significant shifts, marked by intensifying geopolitical tensions and evolving power dynamics. The United Nations General Assembly recently passed a resolution condemning Russia’s invasion of Ukraine, calling for an immediate withdrawal of Russian forces. However, the vote revealed fractures in global alliances, with the U.S. aligning more closely with Russian interests, diverging from its traditional European partners. This shift in the U.S. foreign policy has compelled the Europeans to consider increasing defence autonomy and reevaluate the Transatlantic partnership. In the Middle East, ceasefires in Gaza remain fragile, with ongoing violence threatening regional stability and prompting urgent diplomatic interventions. Meanwhile, China continues to expand its global influence, leveraging strategic investments and technological advancements to challenge Western economic dominance. Amid these global transformations, India is carefully navigating its strategic positioning, maintaining diplomatic balance while asserting its autonomy on key international issues.
Space assets serve both civilian and military purposes, making them dual-use technologies. While they bring significant benefits, they can also be exploited for hostile activities. As space technologies become integral to statecraft and national security, the rise of Astropolitics—the geopolitical contest in space—has escalated the risk of conflicts, threatening space security. The rapid commercialization of space has introduced new actors, including private sector, driving innovation but also introducing new security challenges. These tech advancements have outpaced existing international space laws, creating uncertainties around the legality of many space activities. As a result, it is imperative for nations to collaborate on information-sharing, develop modern space norms, and build technologies that promote responsible behavior in space. Ensuring that space remains secure and sustainable for future generations requires a collective approach, leading countries to emphasize space security in their policies, bilateral partnerships, and multilateral engagements.
Digital Public Infrastructure is revolutionizing public services and creating economic opportunities globally, particularly in Global South countries. Aadhaar and Unified Payments Interface (UPI) have created seamless digital ecosystems for India—which successfully highlighted DPI during its G20 presidency. Nigeria has leveraged digital identity and payment systems and looks to build data exchanges next, Malawi is deploying DPI-as-a-packaged-Solution (Daas) on a pilot G2P project for post-disaster social support payments, Papua New Guinea is expanding digital connectivity despite cybersecurity vulnerabilities, Morocco has displayed digital transformation of administrative and educational services, while countries like Dominican Republic have committed to the UNDP led 50-in-5 campaign. However, challenges in DPI adoption remain—from data privacy concerns and cross-border information flows to uneven adoption and technical interoperability issues that may widen existing divides.
The recent draft rules under the Digital Personal Data Protection Act 2023 provide a framework towards a more accountable digital ecosystem – through transparency in data processing, mechanisms for protecting individual data rights, and data breach notifications. Further, consent managers could help manage personal information, and age-gating mechanisms are geared toward restricting children’s access to harmful content. However, the framework presents complex challenges – age gating requires sophisticated technological implementation, businesses lack clarity over the timeline of notifications of rules, and ambiguity looms large over conditions for international data flows to be specified by the government.
Digital Public Infrastructure (DPI) has had a transformational effect on economies across the globe, improving financial inclusion, governance, and public service delivery—as leading examples, India’s UPI and Brazil’s PIX have revolutionized digital payments, and Estonia’s X-Road enabling seamless and secure data sharing between government and private sector. Despite these successes, early private sector engagement with DPI remained limited—unclear value propositions and monetization opportunities, regulatory uncertainty, and the perception that DPI primarily served government functions made businesses hesitant to invest. However, the market sentiment is beginning to change as market players have begun identifying the innovation potential that DPIs can unlock. Several global technology firms like Microsoft, Google, and AWS recognize DPI as a driver of new markets, cost efficiencies, and cross-border scalability. Conversely, private sector participation in DPIs will be crucial for allowing rapid scalability for DPIs with cost-efficiencies.
India prepares to host the next AI Summit in late 2025/early 2026, following the AI Safety Summit in Bletchley (2023), the AI Seoul Summit (2024), and the AI Action Summit in Paris, which India co-hosted with France. The meeting in Paris widened the summit's focus beyond AI safety issues to include public interest AI, the future of work, innovation, and global AI governance—and its concluding Statement on Inclusive and Sustainable AI was signed by about 60 countries, including India, China, and the EU yet the US, a leading AI superpower, abstained, prioritizing innovation and warning that regulations slow innovation. As a growing leader for the Majority World, India called for democratizing AI technology and developing people-centric AI applications.
As AI continues to transform industries—from healthcare and finance to smart cities and autonomous vehicles—it has become heavily reliant on powerful data centres and computational infrastructure. Currently, many of these AI applications are powered by conventional energy sources like fossil fuels, leading to significant carbon footprints and environmental challenges. Looking ahead, advances in machine learning, big data analytics, and neural networks will require even-greater computational power. This surge in demand invokes the urgent need to transition to green data centres, adopt cleaner and renewable energy sources to power AI applications, and explore innovative solutions such as edge computing wherever possible.
Geopolitics today is defined by intensifying rivalries, shifting alliances, and emerging technological and economic power plays. Trump’s evolving stance on Russia has reopened diplomatic channels between Washington and Moscow but has strained U.S.-Europe relations, pushing the EU toward greater strategic autonomy. At the same time, China is leveraging transatlantic tensions to deepen ties with Europe, signalling a broader realignment of global alliances. The Trump administration’s new tariffs may boost U.S. manufacturing but do not eliminate dependence on global supply chains, particularly for rare earths, semiconductors, and green energy materials. With China dominating rare earth production, the U.S. is turning to alternative suppliers like Australia, Canada, Vietnam, and Brazil. Meanwhile, India is pursuing a multifaceted geopolitical strategy—strengthening EU ties, managing trade tensions with the U.S., maintaining strategic autonomy, enhancing defence capabilities, and expanding partnerships in Central Europe.